0612 Coreless DC Motor 3.7V for Mini Drones

Specification	Details
Motor Type	Coreless Brushed DC Motor
Model	0612
Operating Voltage	3.7V DC
Motor Diameter	6mm
Motor Length	12mm
Application	Micro Drones & RC Flying Toys

Price

₹ 67.80

(Tax included)

Barcode: 90120415

The 0612 Micro Coreless DC Motor is a compact and lightweight coreless brushed motor designed for micro quadcopters, nano drones, toy helicopters, and miniature robotics projects. Featuring a 6mm diameter and 12mm body length, this motor offers an excellent balance of speed, efficiency, and low weight, making it ideal for lightweight aerial platforms and replacement drone motor applications.

Key Features:

Compact 0612 Motor Design optimized for small drone frames and lightweight flying models.
Coreless Motor Technology provides fast acceleration, smoother operation, and improved energy efficiency.
Optimized for 3.7V Operation supports single-cell LiPo and lithium-ion battery systems.
High-Speed Performance delivers reliable thrust for micro UAV and RC aircraft applications.
Ideal Replacement Motor suitable for drone repairs, upgrades, and DIY flying projects.

Technical Details:

Product Type: Coreless DC Motor
Model: 0612
Motor Diameter: 6mm
Motor Length: 12mm
Operating Voltage: 3.7V DC
Motor Technology: Coreless Brushed Motor
Shaft Type: Single-Sided Metal Shaft
Shaft Diameter: Approx. 0.8mm
Rotation Type: Continuous Rotation
Housing Material: Metal
Weight: Ultra-Lightweight Design
Suitable Applications:
- Micro Quadcopters
- Nano Drones
- RC Helicopters
- Flying Toys
- DIY UAV Projects
- Educational Robotics

Prototyping and Engineering Tips from Robogears:

Use balanced micro propellers to minimize vibration and improve motor lifespan.
Avoid prolonged stall conditions caused by blocked propellers, as they can overheat the motor windings.
Verify motor polarity before installation to achieve the correct rotation direction required for drone flight.

Package Includes:

1 x 0612 Micro Coreless DC Motor 3.7V

Disclaimer:

This motor is intended for lightweight drone, educational, and DIY electronic applications. Actual RPM, thrust, and current consumption depend on propeller size, battery condition, and operating load. Overvoltage operation, excessive mechanical load, or physical impact may permanently affect motor performance.